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homonymy basic implementation

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matic_t 2020-07-15 04:17:58 -07:00
parent e37cf198cf
commit a22490c0fc
8 changed files with 186 additions and 139 deletions
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7
res/vsms1.xml
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@ -4,7 +4,12 @@
<head> <head>
<status>LBS</status> <status>LBS</status>
<headword> <headword>
<lemma>aplikativen</lemma> <lemma>aplikativen3</lemma>
<homonymy>
<homonymyFeature name="pronunciation">bolníšnica</homonymyFeature>
<homonymyFeature name="blahblah">xyz</homonymyFeature>
<homonymyFeature name="bluhbluh">abc</homonymyFeature>
</homonymy>
</headword> </headword>
<grammar> <grammar>
<category>pridevnik</category> <category>pridevnik</category>

69
src/export.py
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@ -11,7 +11,6 @@ def export_to_xml(model):
def export_entry(entry): def export_entry(entry):
parser = __new__(DOMParser()) parser = __new__(DOMParser())
doc = parser.parseFromString("<entry />", "text/xml") doc = parser.parseFromString("<entry />", "text/xml")
entry_xml = doc.firstChild entry_xml = doc.firstChild
# create head # create head
@ -21,7 +20,7 @@ def export_entry(entry):
status = doc.createElement("status") status = doc.createElement("status")
status.textContent = entry.status status.textContent = entry.status
head.appendChild(status) head.appendChild(status)
headword = doc.createElement("headword") headword = doc.createElement("headword")
headword_lemma = doc.createElement("lemma") headword_lemma = doc.createElement("lemma")
headword_lemma.textContent = entry.headword headword_lemma.textContent = entry.headword
@ -29,7 +28,15 @@ def export_entry(entry):
headword_lemma.setAttribute("type", entry.headword_type) headword_lemma.setAttribute("type", entry.headword_type)
headword.appendChild(headword_lemma) headword.appendChild(headword_lemma)
head.appendChild(headword) head.appendChild(headword)
homonyms = doc.createElement("homonymy")
headword.appendChild(homonyms)
for h in entry.homonymy:
homonymy = doc.createElement("homonymyFeature")
homonymy.textContent = h
homonyms.appendChild(homonymy)
# if({}) works uncorrectly in transcrypt # if({}) works uncorrectly in transcrypt
if len(entry.lexical_unit) > 0: if len(entry.lexical_unit) > 0:
lexunit = doc.createElement("lexicalUnit") lexunit = doc.createElement("lexicalUnit")
@ -38,86 +45,86 @@ def export_entry(entry):
lexeme = doc.createElement("lexeme") lexeme = doc.createElement("lexeme")
lexeme.setAttribute("lexical_unit_lexeme_id", entry.lexical_unit["id"]) lexeme.setAttribute("lexical_unit_lexeme_id", entry.lexical_unit["id"])
lexeme.textContent = entry.lexical_unit["text"] lexeme.textContent = entry.lexical_unit["text"]
lexunit.appendChild(lexeme) lexunit.appendChild(lexeme)
head.appendChild(lexunit) head.appendChild(lexunit)
grammar = doc.createElement("grammar") grammar = doc.createElement("grammar")
grammar_category = doc.createElement("category") grammar_category = doc.createElement("category")
grammar_category.textContent = entry.grammar grammar_category.textContent = entry.grammar
grammar.appendChild(grammar_category) grammar.appendChild(grammar_category)
head.appendChild(grammar) head.appendChild(grammar)
if len(entry.measure) > 0: if len(entry.measure) > 0:
measure_list = doc.createElement("measureList") measure_list = doc.createElement("measureList")
measure = doc.createElement("measure") measure = doc.createElement("measure")
measure.setAttribute("source", entry.measure["source"]) measure.setAttribute("source", entry.measure["source"])
measure.setAttribute("type", entry.measure["type"]) measure.setAttribute("type", entry.measure["type"])
measure.textContent = entry.measure["text"] measure.textContent = entry.measure["text"]
measure_list.appendChild(measure) measure_list.appendChild(measure)
head.appendChild(measure_list) head.appendChild(measure_list)
variants = doc.createElement("variantList") variants = doc.createElement("variantList")
head.appendChild(variants) head.appendChild(variants)
for v in entry.variants: for v in entry.variants:
variant = doc.createElement("variant") variant = doc.createElement("variant")
variant.textContent = v variant.textContent = v
variants.appendChild(variant) variants.appendChild(variant)
relist = doc.createElement("relatedEntryList") relist = doc.createElement("relatedEntryList")
head.appendChild(relist) head.appendChild(relist)
for re in entry.related_entries: for re in entry.related_entries:
relateEntry = doc.createElement("relatedEntry") relateEntry = doc.createElement("relatedEntry")
relateEntry.textContent = re relateEntry.textContent = re
relist.appendChild(relateEntry) relist.appendChild(relateEntry)
head.appendChild(_export_label_list(doc, entry.labels)) head.appendChild(_export_label_list(doc, entry.labels))
comment = doc.createElement("comment") comment = doc.createElement("comment")
comment.textContent = entry.comment comment.textContent = entry.comment
head.appendChild(comment) head.appendChild(comment)
# now lets do body # now lets do body
body = doc.createElement("body") body = doc.createElement("body")
entry_xml.appendChild(body) entry_xml.appendChild(body)
sense_list = doc.createElement("senseList") sense_list = doc.createElement("senseList")
body.appendChild(sense_list) body.appendChild(sense_list)
for sense in entry.senses: for sense in entry.senses:
sense_list.appendChild(export_sense(doc, sense)) sense_list.appendChild(export_sense(doc, sense))
return doc return doc
def export_sense(doc, sense): def export_sense(doc, sense):
sense_xml = doc.createElement("sense") sense_xml = doc.createElement("sense")
sense_xml.appendChild(_export_label_list(doc, sense.labels)) sense_xml.appendChild(_export_label_list(doc, sense.labels))
definition_list = doc.createElement("definitionList") definition_list = doc.createElement("definitionList")
sense_xml.appendChild(definition_list) sense_xml.appendChild(definition_list)
for typ, text in sense.definition.items(): for typ, text in sense.definition.items():
definition = doc.createElement("definition") definition = doc.createElement("definition")
definition.textContent = text definition.textContent = text
definition.setAttribute("type", typ) definition.setAttribute("type", typ)
definition_list.appendChild(definition) definition_list.appendChild(definition)
translation_container_list = doc.createElement("translationContainerList") translation_container_list = doc.createElement("translationContainerList")
export_translation_list(doc, sense, translation_container_list) export_translation_list(doc, sense, translation_container_list)
sense_xml.appendChild(translation_container_list) sense_xml.appendChild(translation_container_list)
example_container_list = doc.createElement("exampleContainerList") example_container_list = doc.createElement("exampleContainerList")
sense_xml.appendChild(example_container_list) sense_xml.appendChild(example_container_list)
for example in sense.examples: for example in sense.examples:
example_container = example.export(doc) example_container = example.export(doc)
export_translation_list(doc, example, example_container) export_translation_list(doc, example, example_container)
example_container_list.appendChild(example_container) example_container_list.appendChild(example_container)
return sense_xml return sense_xml
def export_translation_list(doc, py_parent, xml_parent): def export_translation_list(doc, py_parent, xml_parent):
@ -126,32 +133,32 @@ def export_translation_list(doc, py_parent, xml_parent):
translation_container = export_translation(doc, translation) translation_container = export_translation(doc, translation)
translation_container.setAttribute("cluster", str(cidx + 1)) translation_container.setAttribute("cluster", str(cidx + 1))
xml_parent.appendChild(translation_container) xml_parent.appendChild(translation_container)
def export_translation(doc, translation): def export_translation(doc, translation):
translation_xml = doc.createElement("translationContainer") translation_xml = doc.createElement("translationContainer")
translation_xml.appendChild(_export_label_list(doc, translation.tags)) translation_xml.appendChild(_export_label_list(doc, translation.tags))
actual_t = doc.createElement("translation") actual_t = doc.createElement("translation")
actual_t.textContent = translation.translation actual_t.textContent = translation.translation
actual_t.setAttribute("targetLang", translation.targetLang) actual_t.setAttribute("targetLang", translation.targetLang)
if translation.source: if translation.source:
actual_t.setAttribute("source", translation.source) actual_t.setAttribute("source", translation.source)
translation_xml.appendChild(actual_t) translation_xml.appendChild(actual_t)
explanation = doc.createElement("explanation") explanation = doc.createElement("explanation")
explanation.textContent = translation.explanation explanation.textContent = translation.explanation
translation_xml.appendChild(explanation) translation_xml.appendChild(explanation)
return translation_xml return translation_xml
def _export_label_list(doc, lst): def _export_label_list(doc, lst):
result = doc.createElement("labelList") result = doc.createElement("labelList")
for key, value in lst: for key, value in lst:
key, value = export_tag(key, value) key, value = export_tag(key, value)
label_el = doc.createElement("label") label_el = doc.createElement("label")
label_el.textContent = value label_el.textContent = value
label_el.setAttribute('type', key) label_el.setAttribute('type', key)

8
src/message/__init__.py
View File

@ -1,13 +1,13 @@
from message.simple_messages import NoReset, Reset, ModalNotOkClose, ClickMessage, DataChgClickMessage, KeyboardPress, NoAction from message.simple_messages import NoReset, Reset, ModalNotOkClose, ClickMessage, DataChgClickMessage, KeyboardPress, NoAction
from message.translation_edit import EditTranslation, MoveRight, MoveLeft, BinTranslation from message.translation_edit import EditTranslation, MoveRight, MoveLeft, BinTranslation
from message.show_messages import ShowEntryLabelsEdit, ShowEditTranslation, ShowSenseLabelEdit, ShowSenseDefinitionEdit, ShowCommentEdit, ShowAddTranslation, ShowExampleEdit, ShowVariantsEdit, ShowRelatedEntriesEdit from message.show_messages import ShowEntryLabelsEdit, ShowEditTranslation, ShowSenseLabelEdit, ShowSenseDefinitionEdit, ShowCommentEdit, ShowAddTranslation, ShowExampleEdit, ShowVariantsEdit, ShowHomonymyEdit, ShowRelatedEntriesEdit
from message.simple_edits import EditSenseLabel, EditSenseDefinition, EditComment, AddSenseLabel, AddSense, AddExampleTranslation, DoChosenExamples, AddToLabelList, AddToGenericList, EditVariants, EditRelatedEntries, EditEntryLabels, ExampleClusterEdit, ExampleClusterAdd from message.simple_edits import EditSenseLabel, EditSenseDefinition, EditComment, AddSenseLabel, AddSense, AddExampleTranslation, DoChosenExamples, AddToLabelList, AddToGenericList, EditVariants, EditHomonymy, EditRelatedEntries, EditEntryLabels, ExampleClusterEdit, ExampleClusterAdd
from message.show_menu import ShowTranslationMenu, ShowSenseMenu, ShowExampleMenu from message.show_menu import ShowTranslationMenu, ShowSenseMenu, ShowExampleMenu
from message.sense_edit import SenseMoveUp, SenseMoveDown, SenseBin, AddMultiwordExample from message.sense_edit import SenseMoveUp, SenseMoveDown, SenseBin, AddMultiwordExample
from message.example_edit import ExampleMoveUp, ExampleMoveDown, ExampleBin, ExampleRoleChange, ExampleComponentSpace, ExampleComponentAdd, ExampleComponentRemove, EditExampleText, ToggleExamples, ToggleClusters from message.example_edit import ExampleMoveUp, ExampleMoveDown, ExampleBin, ExampleRoleChange, ExampleComponentSpace, ExampleComponentAdd, ExampleComponentRemove, EditExampleText, ToggleExamples, ToggleClusters
from message.delete_messages import DeleteComment, DeleteVariants, DeleteRelatedEntries, DeleteEntryLabels from message.delete_messages import DeleteComment, DeleteVariants, DeleteHomonymy, DeleteRelatedEntries, DeleteEntryLabels
from message.ske_messages import ShowSkeModal, SearchInSkeModal, SkeInsert from message.ske_messages import ShowSkeModal, SearchInSkeModal, SkeInsert
from message.message import msg, delayed_msg from message.message import msg, delayed_msg

20
src/message/delete_messages.py
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@ -6,18 +6,26 @@ from message.simple_messages import NoReset
class DeleteComment(NoReset): class DeleteComment(NoReset):
def update_model(self, model): def update_model(self, model):
document.getElementById("modal-question").value = "" document.getElementById("modal-question").value = ""
class DeleteVariants(NoReset): class DeleteVariants(NoReset):
def update_model(self, model): def update_model(self, model):
for el in document.getElementsByClassName("list-adder-input"): for el in document.getElementsByClassName("list-adder-input"):
el.value = "" el.value = ""
class DeleteRelatedEntries(DeleteVariants): class DeleteRelatedEntries(DeleteVariants):
pass pass
class DeleteHomonymy(NoReset):
def update_model(self, model):
for el in document.getElementsByClassName("list-adder-input"):
el.value = ""
class DeleteEntryLabels(NoReset): class DeleteEntryLabels(NoReset):
def update_model(self, model): def update_model(self, model):
for sel in document.getElementsByClassName("label-value"): for sel in document.getElementsByClassName("label-value"):

42
src/message/show_messages.py
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@ -3,16 +3,16 @@ from message.simple_messages import ClickMessage
from model import Example, Sense, Translation from model import Example, Sense, Translation
from view import modals from view import modals
class ShowSenseLabelEdit(ClickMessage): class ShowSenseLabelEdit(ClickMessage):
def update_model(self, model): def update_model(self, model):
model.sense = self.get_arg(0, Sense) model.sense = self.get_arg(0, Sense)
model.sense.make_copy() model.sense.make_copy()
model.modal_set(lambda: modals.edit_sense_label(model.sense)) model.modal_set(lambda: modals.edit_sense_label(model.sense))
class ShowSenseDefinitionEdit(ClickMessage): class ShowSenseDefinitionEdit(ClickMessage):
def update_model(self, model): def update_model(self, model):
model.sense = self.get_arg(0, Sense) model.sense = self.get_arg(0, Sense)
@ -22,35 +22,41 @@ class ShowSenseDefinitionEdit(ClickMessage):
class ShowCommentEdit(ClickMessage): class ShowCommentEdit(ClickMessage):
def update_model(self, model): def update_model(self, model):
model.modal_set(lambda: modals.edit_comment(model.entry.comment)) model.modal_set(lambda: modals.edit_comment(model.entry.comment))
class ShowVariantsEdit(ClickMessage): class ShowVariantsEdit(ClickMessage):
def update_model(self, model): def update_model(self, model):
model.entry.make_copy() model.entry.make_copy()
model.modal_set(lambda: modals.edit_variants(model.entry)) model.modal_set(lambda: modals.edit_variants(model.entry))
class ShowHomonymyEdit(ClickMessage):
def update_model(self, model):
model.entry.make_copy()
model.modal_set(lambda: modals.edit_homonymy(model.entry))
class ShowRelatedEntriesEdit(ClickMessage): class ShowRelatedEntriesEdit(ClickMessage):
def update_model(self, model): def update_model(self, model):
model.entry.make_copy() model.entry.make_copy()
model.modal_set(lambda: modals.edit_related_entries(model.entry)) model.modal_set(lambda: modals.edit_related_entries(model.entry))
class ShowExampleEdit(ClickMessage): class ShowExampleEdit(ClickMessage):
def update_model(self, model): def update_model(self, model):
example = self.get_arg(0, Example) example = self.get_arg(0, Example)
sense = self.get_arg(1, Sense) sense = self.get_arg(1, Sense)
example.make_copy() example.make_copy()
model.modal_set(lambda: modals.edit_example(example, sense)) model.modal_set(lambda: modals.edit_example(example, sense))
class ShowEditTranslation(ClickMessage): class ShowEditTranslation(ClickMessage):
def update_model(self, model): def update_model(self, model):
translation = self.get_arg(0, Translation) translation = self.get_arg(0, Translation)
# Get translation location # Get translation location
(cidx, idx), (parent, cluster) = EditTranslation.get_translation_location(model.entry, translation) (cidx, idx), (parent, cluster) = EditTranslation.get_translation_location(model.entry, translation)
translation.make_copy() translation.make_copy()
num_clusters = len(parent.translations) num_clusters = len(parent.translations)
model.modal_set(lambda: modals.edit_translation( model.modal_set(lambda: modals.edit_translation(
@ -61,10 +67,10 @@ class ShowAddTranslation(ClickMessage):
def update_model(self, model): def update_model(self, model):
chosen_sense_or_example = self.get_arg(0) chosen_sense_or_example = self.get_arg(0)
translation = Translation() translation = Translation()
translation.make_copy() translation.make_copy()
model.modal_set(lambda: modals.edit_translation( model.modal_set(lambda: modals.edit_translation(
translation, translation,
chosen_sense_or_example, chosen_sense_or_example,
-1, -1,
len(chosen_sense_or_example.translations), len(chosen_sense_or_example.translations),
@ -75,4 +81,4 @@ class ShowEntryLabelsEdit(ClickMessage):
def update_model(self, model): def update_model(self, model):
model.entry.make_copy() model.entry.make_copy()
model.modal_set(lambda: modals.edit_entry_labels(model.entry)) model.modal_set(lambda: modals.edit_entry_labels(model.entry))

45
src/message/simple_edits.py
View File

@ -22,20 +22,20 @@ class AddToGenericList(NoReset):
def update_model(self, model): def update_model(self, model):
list_getter = self.get_arg(0) list_getter = self.get_arg(0)
list_getter().append("") list_getter().append("")
def data_change(self): def data_change(self):
return False return False
class AddToLabelList(NoReset): class AddToLabelList(NoReset):
def update_model(self, model): def update_model(self, model):
list_to_add_to = self.get_arg(0, list) list_to_add_to = self.get_arg(0, list)
thing_to_add_getter = self.get_arg(1) thing_to_add_getter = self.get_arg(1)
thing_to_add = thing_to_add_getter() thing_to_add = thing_to_add_getter()
# just adding to the copy to show in the modal # just adding to the copy to show in the modal
list_to_add_to.append(thing_to_add) list_to_add_to.append(thing_to_add)
def data_change(self): def data_change(self):
return False return False
@ -45,14 +45,14 @@ class AddSense(Message):
sense = Sense() sense = Sense()
sense.definition = {"indicator": "New Sense"} sense.definition = {"indicator": "New Sense"}
model.entry.senses.append(sense) model.entry.senses.append(sense)
class EditSenseDefinition(QuestionMessage): class EditSenseDefinition(QuestionMessage):
def update_model(self, model): def update_model(self, model):
sense = self.get_arg(0, Sense) sense = self.get_arg(0, Sense)
sense.definition["indicator"] = self.new_text sense.definition["indicator"] = self.new_text
class EditComment(QuestionMessage): class EditComment(QuestionMessage):
def update_model(self, model): def update_model(self, model):
model.entry.comment = self.new_text model.entry.comment = self.new_text
@ -61,24 +61,24 @@ class EditComment(QuestionMessage):
class DoChosenExamples(Message): class DoChosenExamples(Message):
def update_model(self, model): def update_model(self, model):
chosen_examples = self.get_arg(0, list) chosen_examples = self.get_arg(0, list)
inputs = document.getElementsByClassName("checkable-input") inputs = document.getElementsByClassName("checkable-input")
selected = None selected = None
for idx, el in enumerate(inputs): for idx, el in enumerate(inputs):
if el.checked: if el.checked:
selected = idx selected = idx
break break
# none was selected # none was selected
if selected is None: if selected is None:
return return
# first, remove the selected examples from wherever they were # first, remove the selected examples from wherever they were
for sense in model.entry.senses: for sense in model.entry.senses:
for example in chosen_examples: for example in chosen_examples:
if example in sense.examples: if example in sense.examples:
sense.examples.remove(example) sense.examples.remove(example)
# now, append selected examples to chosen sense # now, append selected examples to chosen sense
model.entry.senses[selected].examples.extend(chosen_examples) model.entry.senses[selected].examples.extend(chosen_examples)
@ -87,8 +87,13 @@ class EditVariants(Message):
def update_model(self, model): def update_model(self, model):
variants = common_accessors.generic_list_getter() variants = common_accessors.generic_list_getter()
model.entry.variants = variants model.entry.variants = variants
class EditHomonymy(Message):
def update_model(self, model):
homonymy = common_accessors.generic_list_getter()
model.entry.homonymy = homonymy
class EditRelatedEntries(Message): class EditRelatedEntries(Message):
def update_model(self, model): def update_model(self, model):
related_entries = common_accessors.generic_list_getter() related_entries = common_accessors.generic_list_getter()
@ -99,17 +104,17 @@ class EditEntryLabels(Message):
def update_model(self, model): def update_model(self, model):
labels = common_accessors.label_list_getter() labels = common_accessors.label_list_getter()
model.entry.labels = labels model.entry.labels = labels
class ExampleClusterEdit(DataChgClickMessage): class ExampleClusterEdit(DataChgClickMessage):
def update_model(self, model): def update_model(self, model):
example = self.get_arg(0, Example) example = self.get_arg(0, Example)
cluster = self.get_arg(1, int) cluster = self.get_arg(1, int)
example.set_cluster(cluster) example.set_cluster(cluster)
class ExampleClusterAdd(DataChgClickMessage): class ExampleClusterAdd(DataChgClickMessage):
def update_model(self, model): def update_model(self, model):
example = self.get_arg(0, Example) example = self.get_arg(0, Example)
example.set_cluster(ExampleClusters.first_empty_cluster()) example.set_cluster(ExampleClusters.first_empty_cluster())

57
src/model/entry.py
View File

@ -12,6 +12,7 @@ class Entry(Data):
def __init__(self): def __init__(self):
self.status = "" self.status = ""
self.headword = "" self.headword = ""
self.homonymy = []
self.headword_type = None self.headword_type = None
self.grammar = "" self.grammar = ""
self.comment = "" self.comment = ""
@ -21,26 +22,28 @@ class Entry(Data):
self.measure = {} self.measure = {}
self.labels = [] self.labels = []
self.senses = [] self.senses = []
def import_xml(self, entry_xml): def import_xml(self, entry_xml):
status = entry_xml.querySelector("head status") status = entry_xml.querySelector("head status")
headword = entry_xml.querySelector("head headword lemma") headword = entry_xml.querySelector("head headword lemma")
grammar = entry_xml.querySelector("head grammar category") grammar = entry_xml.querySelector("head grammar category")
comment = entry_xml.querySelector("head comment") comment = entry_xml.querySelector("head comment")
self.status = status.textContent if status else "" self.status = status.textContent if status else ""
self.headword = headword.textContent if headword else "" self.headword = headword.textContent if headword else ""
self.headword_type = headword.getAttribute("type") if headword else None self.headword_type = headword.getAttribute("type") if headword else None
self.grammar = grammar.textContent if grammar else "" self.grammar = grammar.textContent if grammar else ""
self.comment = comment.textContent if comment else "" self.comment = comment.textContent if comment else ""
self.variants = [v.textContent for v in entry_xml.querySelectorAll("head variantList variant")] self.variants = [v.textContent for v in entry_xml.querySelectorAll("head variantList variant")]
self.homonymy = [v.textContent for v in entry_xml.querySelectorAll("head headword homonymy homonymyFeature ")]
self.related_entries = [re.textContent for re in entry_xml.querySelectorAll("head relatedEntryList relatedEntry")] self.related_entries = [re.textContent for re in entry_xml.querySelectorAll("head relatedEntryList relatedEntry")]
lex_unit = entry_xml.querySelector("lexical_unit lexeme,lexicalUnit lexeme") lex_unit = entry_xml.querySelector("lexical_unit lexeme,lexicalUnit lexeme")
if lex_unit: if lex_unit:
self.lexical_unit['id'] = lex_unit.getAttribute("lexical_unit_lexeme_id") self.lexical_unit['id'] = lex_unit.getAttribute("lexical_unit_lexeme_id")
self.lexical_unit['text'] = lex_unit.textContent self.lexical_unit['text'] = lex_unit.textContent
measure = entry_xml.querySelector("measureList measure") measure = entry_xml.querySelector("measureList measure")
if measure: if measure:
self.measure["source"] = measure.getAttribute("source") self.measure["source"] = measure.getAttribute("source")
@ -48,19 +51,19 @@ class Entry(Data):
self.measure["text"] = measure.textContent self.measure["text"] = measure.textContent
self.labels = import_label_list("head labelList label", entry_xml) self.labels = import_label_list("head labelList label", entry_xml)
for i, sense_xml in enumerate(entry_xml.querySelectorAll("body senseList sense")): for i, sense_xml in enumerate(entry_xml.querySelectorAll("body senseList sense")):
sense = Sense() sense = Sense()
sense.import_xml(sense_xml, i) sense.import_xml(sense_xml, i)
self.senses.append(sense) self.senses.append(sense)
def view(self, model): def view(self, model):
view_sense_list = [sense.view(model, idx) for idx, sense in enumerate(self.senses)] view_sense_list = [sense.view(model, idx) for idx, sense in enumerate(self.senses)]
buttons_left = self._view_button_section(model) buttons_left = self._view_button_section(model)
buttons_right = View.view_toggle_buttons(model) buttons_right = View.view_toggle_buttons(model)
return h("div#entry", {}, [ return h("div#entry", {}, [
h("div#entry-status", {}, self.status), h("div#entry-status", {}, self.status),
h("div#entry-header", {}, [ h("div#entry-header", {}, [
@ -72,51 +75,57 @@ class Entry(Data):
h("div.one-fifth", {}, buttons_right)]), h("div.one-fifth", {}, buttons_right)]),
h("div#sense-container", {}, view_sense_list), h("div#sense-container", {}, view_sense_list),
h("button.add-button", {"on": {"click": M.msg(M.AddSense)}}, "+")]) h("button.add-button", {"on": {"click": M.msg(M.AddSense)}}, "+")])
def _view_button_section(self, model): def _view_button_section(self, model):
clk = lambda cls: {"on": {"click": M.msg(cls)}} clk = lambda cls: {"on": {"click": M.msg(cls)}}
buttons = [ buttons = [
h("button.normal", clk(M.ShowVariantsEdit), "Variante"), h("button.normal", clk(M.ShowVariantsEdit), "Variante"),
h("button.success", clk(M.ShowRelatedEntriesEdit), "Povezano"), h("button.success", clk(M.ShowRelatedEntriesEdit), "Povezano"),
h("button.success", clk(M.ShowEntryLabelsEdit), "Oznake"), h("button.success", clk(M.ShowEntryLabelsEdit), "Oznake"),
h("button.normal", clk(M.ShowCommentEdit), "Opombe")] h("button.normal", clk(M.ShowCommentEdit), "Opombe"),
h("button.normal", clk(M.ShowHomonymyEdit), "Homonomije"),]
view_buttons = [] view_buttons = []
view_table = [] view_table = []
if len(self.variants) == 0: if len(self.variants) == 0:
view_buttons.append(buttons[0]) view_buttons.append(buttons[0])
else: else:
view_table.append((buttons[0], ", ".join(self.variants))) view_table.append((buttons[0], ", ".join(self.variants)))
if len(self.homonymy) == 0:
view_buttons.append(buttons[4])
else:
view_table.append((buttons[4], ", ".join(self.homonymy)))
if len(self.related_entries) == 0: if len(self.related_entries) == 0:
view_buttons.append(buttons[1]) view_buttons.append(buttons[1])
else: else:
view_table.append((buttons[1], ", ".join(self.related_entries))) view_table.append((buttons[1], ", ".join(self.related_entries)))
if len(self.labels) == 0: if len(self.labels) == 0:
view_buttons.append(buttons[2]) view_buttons.append(buttons[2])
else: else:
labels = ", ".join([clean_label(val) for _, val in self.labels]) labels = ", ".join([clean_label(val) for _, val in self.labels])
view_table.append((buttons[2], labels)) view_table.append((buttons[2], labels))
if self.comment == "": if self.comment == "":
view_buttons.append(buttons[3]) view_buttons.append(buttons[3])
else: else:
view_table.append((buttons[3], self.comment)) view_table.append((buttons[3], self.comment))
table_rows = [ table_rows = [
h("tr", {}, [ h("td", {}, btn), h("td", {}, content)]) h("tr", {}, [ h("td", {}, btn), h("td", {}, content)])
for btn, content in view_table] for btn, content in view_table]
view_buttons.append(h("table", {}, table_rows)) view_buttons.append(h("table", {}, table_rows))
return h("div", {}, view_buttons) return h("div", {}, view_buttons)
def get_measure_text(self): def get_measure_text(self):
return self.measure["text"] if "text" in self.measure else "" return self.measure["text"] if "text" in self.measure else ""
def remove_translation(self, translation): def remove_translation(self, translation):
for sense in self.senses: for sense in self.senses:
for cluster in sense.translations: for cluster in sense.translations:
@ -128,4 +137,4 @@ class Entry(Data):
if translation in cluster: if translation in cluster:
cluster.remove(translation) cluster.remove(translation)
return return

77
src/view/modals.py
View File

@ -9,53 +9,53 @@ def edit_translation(translation, parent, cluster_idx, num_clusters, cls):
def split_line2(left, right): def split_line2(left, right):
return h("div.flex.two", {}, [ return h("div.flex.two", {}, [
h("span.third.span-left-of-input", {}, left), h("span.two-third", {}, right)]) h("span.third.span-left-of-input", {}, left), h("span.two-third", {}, right)])
content = [] content = []
if type(parent) is model.Example: if type(parent) is model.Example:
content.extend([ content.extend([
h("span.translation-original-title", {}, "Primer: "), h("span.translation-original-title", {}, "Primer: "),
h("span.translation-original", {}, parent.simple_view()), h("span.translation-original", {}, parent.simple_view()),
h("hr", {}, None)]) h("hr", {}, None)])
# first line: transalation itself # first line: transalation itself
content.extend([ content.extend([
split_line2("Prevedek:", split_line2("Prevedek:",
h("textarea#etv", {"props": {"value": translation.translation}}, "")), h("textarea#etv", {"props": {"value": translation.translation}}, "")),
split_line2("Razlaga:", split_line2("Razlaga:",
h("textarea#ete", {"props": {"value": translation.explanation}}, ""))]) h("textarea#ete", {"props": {"value": translation.explanation}}, ""))])
# cluster number # cluster number
options = [h("option", {"props": {"selected": idx == cluster_idx}}, str(idx + 1)) for idx in range(num_clusters + 1)] options = [h("option", {"props": {"selected": idx == cluster_idx}}, str(idx + 1)) for idx in range(num_clusters + 1)]
content.append(split_line2("Stevilka gruce:", h("select#cluster-num", {}, options))) content.append(split_line2("Stevilka gruce:", h("select#cluster-num", {}, options)))
content.append(h("h4", {}, "Tags")) content.append(h("h4", {}, "Tags"))
content.extend(label_list_editor(translation.copy().tags, [message.AddToLabelList, translation.copy().tags])) content.extend(label_list_editor(translation.copy().tags, [message.AddToLabelList, translation.copy().tags]))
return modal_template(content, "Translation", cls) return modal_template(content, "Translation", cls)
def edit_sense_label(sense): def edit_sense_label(sense):
content = label_list_editor(sense.copy().labels, [message.AddToLabelList, sense.copy().labels]) content = label_list_editor(sense.copy().labels, [message.AddToLabelList, sense.copy().labels])
return modal_template(content, "Translation", (message.EditSenseLabel, sense)) return modal_template(content, "Translation", (message.EditSenseLabel, sense))
def edit_example(example, sense): def edit_example(example, sense):
example_original = example example_original = example
example = example_original.copy() example = example_original.copy()
def role_msg(idx, role): def role_msg(idx, role):
return message.msg(message.ExampleRoleChange, example_original, idx, role) return message.msg(message.ExampleRoleChange, example_original, idx, role)
divs = [] divs = []
def list_of_right_buttons(idx, component): def list_of_right_buttons(idx, component):
result = [ result = [
h("span.example-component-button.example-component-headword", h("span.example-component-button.example-component-headword",
{"on": {"click": role_msg(idx, "headword")}}, "H"), {"on": {"click": role_msg(idx, "headword")}}, "H"),
h("span.example-component-button.example-component-collocate", h("span.example-component-button.example-component-collocate",
{"on": {"click": role_msg(idx, "collocate")}}, "C"), {"on": {"click": role_msg(idx, "collocate")}}, "C"),
h("span.example-component-button.example-component-other", h("span.example-component-button.example-component-other",
{"on": {"click": role_msg(idx, "other")}}, "O")] {"on": {"click": role_msg(idx, "other")}}, "O")]
if example.is_multiword(): if example.is_multiword():
additional_class = ".example-component-no-space" if component.no_space else "" additional_class = ".example-component-no-space" if component.no_space else ""
click_message = message.msg(message.ExampleComponentSpace, example_original, idx) click_message = message.msg(message.ExampleComponentSpace, example_original, idx)
@ -64,32 +64,32 @@ def edit_example(example, sense):
else: else:
result.append(h("span.example-component-button.example-component-none", result.append(h("span.example-component-button.example-component-none",
{"on": {"click": role_msg(idx, "none")}}, "N")) {"on": {"click": role_msg(idx, "none")}}, "N"))
result.extend([ result.extend([
h("span.example-component-button", h("span.example-component-button",
{"on": {"click": message.msg(message.ExampleComponentAdd, example_original, idx)}}, "+"), {"on": {"click": message.msg(message.ExampleComponentAdd, example_original, idx)}}, "+"),
h("span.example-component-button", h("span.example-component-button",
{"on": {"click": message.msg(message.ExampleComponentRemove, example_original, idx)}}, "-")]) {"on": {"click": message.msg(message.ExampleComponentRemove, example_original, idx)}}, "-")])
return result return result
for idx, component in enumerate(example.components): for idx, component in enumerate(example.components):
role_txt = component.role if component.role is not None else "none" role_txt = component.role if component.role is not None else "none"
color_class = ".example-component-" + role_txt color_class = ".example-component-" + role_txt
left = [h("span" + color_class, {}, role_txt)] left = [h("span" + color_class, {}, role_txt)]
if component.role is None: if component.role is None:
middle = [h("textarea.example-component-text", {"props": {"value": component.text}}, "")] middle = [h("textarea.example-component-text", {"props": {"value": component.text}}, "")]
else: else:
middle = [h("input.example-component-text", {"props": {"type": "text", "value": component.text}}, "")] middle = [h("input.example-component-text", {"props": {"type": "text", "value": component.text}}, "")]
divs.append(h("div.flex.five.example-component", {}, [ divs.append(h("div.flex.five.example-component", {}, [
h("div.one-fifth", {}, left), h("div.one-fifth", {}, left),
h("div.three-fifth", {}, middle), h("div.three-fifth", {}, middle),
h("div.one-fifth", {}, list_of_right_buttons(idx, component))])) h("div.one-fifth", {}, list_of_right_buttons(idx, component))]))
return modal_template(divs, "Edit Example", return modal_template(divs, "Edit Example",
(message.EditExampleText, example_original, sense)) (message.EditExampleText, example_original, sense))
@ -99,6 +99,13 @@ def edit_variants(entry):
return modal_template(content, "Add or remove variants", (message.EditVariants,), (message.DeleteVariants,)) return modal_template(content, "Add or remove variants", (message.EditVariants,), (message.DeleteVariants,))
def edit_homonymy(entry):
console.log(entry)
hget = lambda: entry.copy().homonymy
content = generic_list_editor("Homonymy", hget)
return modal_template(content, "Add or remove homonymy features", (message.EditHomonymy,), (message.DeleteHomonymy,))
def edit_related_entries(entry): def edit_related_entries(entry):
reget = lambda: entry.copy().related_entries reget = lambda: entry.copy().related_entries
content = generic_list_editor("Related entries", reget) content = generic_list_editor("Related entries", reget)
@ -125,29 +132,29 @@ def do_chosen_examples(example_list, entry):
if ex in example_list: if ex in example_list:
example_senses.append(idx) example_senses.append(idx)
break break
sense_of_first_example = example_senses[0] sense_of_first_example = example_senses[0]
options = [h("p", {}, "Choose sense for examples")] options = [h("p", {}, "Choose sense for examples")]
for idx, sense in enumerate(entry.senses): for idx, sense in enumerate(entry.senses):
text = "{}: {}".format(idx + 1, sense.definition["indicator"]) text = "{}: {}".format(idx + 1, sense.definition["indicator"])
id_ = "choose-example-{}".format(idx) id_ = "choose-example-{}".format(idx)
props = {"type": "radio", "name": "choose-example"} props = {"type": "radio", "name": "choose-example"}
if idx == sense_of_first_example: if idx == sense_of_first_example:
props["checked"] = True props["checked"] = True
options.append(h("input#{}.checkable-input".format(id_), {"props": props}, [])) options.append(h("input#{}.checkable-input".format(id_), {"props": props}, []))
options.append(h("label.checkable", {"attrs": {"for": id_}}, text)) options.append(h("label.checkable", {"attrs": {"for": id_}}, text))
options.append(h("br", {}, [])) options.append(h("br", {}, []))
return modal_template(options, "Examples picker", (message.DoChosenExamples, example_list)) return modal_template(options, "Examples picker", (message.DoChosenExamples, example_list))
def ske_list(search_term, data, page_num, senses, ske_kinds): def ske_list(search_term, data, page_num, senses, ske_kinds):
list_contents = [] list_contents = []
ske_list_hidden = False ske_list_hidden = False
if data is None: if data is None:
list_contents.append(h("div.loadingspinner", {}, "")) list_contents.append(h("div.loadingspinner", {}, ""))
elif type(data) is list: elif type(data) is list:
@ -159,7 +166,7 @@ def ske_list(search_term, data, page_num, senses, ske_kinds):
ske_list_hidden = True ske_list_hidden = True
else: else:
list_contents.append(h("span.error", {}, "Something went wrong in SKE: {}".format(data))) list_contents.append(h("span.error", {}, "Something went wrong in SKE: {}".format(data)))
contents = [ contents = [
h("div.flex.four", {}, [ h("div.flex.four", {}, [
h("select#ske-select.fourth", {}, [ h("select#ske-select.fourth", {}, [
@ -168,18 +175,18 @@ def ske_list(search_term, data, page_num, senses, ske_kinds):
h("input#ske-search", {"props": {"value": search_term, "type": "text"}}, "")]), h("input#ske-search", {"props": {"value": search_term, "type": "text"}}, "")]),
h("label.fourth.ske-mid-input", {}, [ h("label.fourth.ske-mid-input", {}, [
h("input#ske-page-num", {"attrs": { h("input#ske-page-num", {"attrs": {
"value": str(page_num), "value": str(page_num),
"type": "number", "type": "number",
"min": 1, "min": 1,
"step": 1}}, "")]), "step": 1}}, "")]),
h("span.fourth.button.ske-right-button", h("span.fourth.button.ske-right-button",
{"on": {"click": message.msg(message.SearchInSkeModal)}}, "Isci")]), {"on": {"click": message.msg(message.SearchInSkeModal)}}, "Isci")]),
h("div.ske-list", h("div.ske-list",
{"style": {"visibility": "hidden" if ske_list_hidden else "visible"}}, {"style": {"visibility": "hidden" if ske_list_hidden else "visible"}},
list_contents), list_contents),
h("div.flex.three", {}, [ h("div.flex.three", {}, [
h("span.third", {}, "Vstavi v:"), h("span.third", {}, "Vstavi v:"),
h("select#ske-sense-select.two-third", {}, [ h("option", {}, "{} {}".format( h("select#ske-sense-select.two-third", {}, [ h("option", {}, "{} {}".format(
idx + 1, sense.definition["indicator"])) for idx, sense in enumerate(senses)])])] idx + 1, sense.definition["indicator"])) for idx, sense in enumerate(senses)])])]
return modal_template(contents, "SKE", (message.SkeInsert, data)) return modal_template(contents, "SKE", (message.SkeInsert, data))